62-193 MCE Complete Preparation Course & 2 Practice Tests

Explore what collaboration means in 21st century learning, develop a language and skills such as negotiation, conflict resolution, task distribution, listening, and idea integration to design environments that foster teamwork.

Learning culture emphasizes shared responsibility, interdependent work, and collaborative decision making among students, designed by teachers to ensure discussion, problem solving, and product creation in groups.

Understand shared responsibility in group work, where all members are mutually and individually responsible for the outcome, including scenarios with outside classroom participants.

Explore how substantive decisions shape content, process, and product by using issue knowledge to set a stance or hypothesis, planning tasks and tools, and guiding product usability.

Explore interdependent work, balancing individual and group accountability to create a coherent final product. Learn how teams plan together so each member's task fits into a unified presentation.

Identify a five-level collaboration rubric that tracks how students collaborate—from not required to work together to interdependent teams with shared responsibility and substantive decisions about content, process, and product.

Explore the collaboration decision tree to design activities that foster group work with shared responsibility, substantive decisions, and interdependent work, guiding students toward four key collaborative levels.

Explore skilled communication as the next big thing for MCE, highlighting multimodal, extended communication, audience-specific messaging, and evidence-based arguments for effective communication.

Master extended communication by producing outcomes that connect a set of ideas, not a single thought; simple messages or tweets are not extended communication, and chat duration isn't evaluated.

Explore multimodal communication by using text, voice, and blogs to convey a coherent message. Provide thesis-based reasoning with evidence, facts, and examples to defend claims, hypotheses, or conclusions.

Design communication for a specific audience by selecting appropriate tools, content, and style to fit their needs and access. Use podcasts, blogs, or presentations to tailor messaging.

The skilled communication rubric outlines four levels, from non-multimodal basics to level four, which requires extended multimodal communication with supporting evidence and audience design.

Explore the skilled communication decision tree for the MCE exam, emphasizing extended or multimodal communication, supporting evidence, and audience-specific design across levels two to four.

Educators must move beyond the fixed knowledge model of the industrial era to support knowledge construction in an information-rich world. Mind tools empower students to navigate information and extend cognition.

apply four steps to knowledge construction by moving beyond recall and online search, using information to interpret, analyze, synthesize, and evaluate, then apply learning in new contexts across disciplines.

Explain four basic prerequisites for knowledge construction: interpretation, analysis, synthesizing, and valuation, and show how critical thinking moves students beyond reproduction to generate new ideas and understandings.

Assess when activities require knowledge construction rather than knowledge representation by distinguishing step-by-step tasks or look up information from those where students devise new procedures, Nolan's construction.

Learn to apply knowledge in new contexts through interpretation, analysis, synthesis, and evaluation, and design interdisciplinary learning activities spanning subjects like mathematics, music, language arts, and history.

Explore the knowledge construction rubric, detailing a five-level scale from reproduction to knowledge building, emphasizing interpretation, analysis, synthesis, evaluation, applying knowledge in new contexts, and interdisciplinary learning goals.

Explore the knowledge construction decision tree, guiding learners through levels from no construction to applying knowledge in a new context and interdisciplinary activities, with clear level criteria and scoring.

Move from an industrial model to self-regulation and inquiry-based learning in today’s world. Engage actively, take initiative, collaborate in teams, and seek feedback to improve.

Teachers design meaningful, extended tasks that foster self-regulation, letting students set goals, choose strategies, monitor progress, and receive feedback that helps conceive their learning goals and become lifelong learners.

develop self-regulation by planning long-term work and revising drafts from feedback, while negotiating learning goals and success criteria with the teacher to foster ownership.

Develop self-regulation by planning long-term tasks through deciding when, who, and where, breaking work into subtasks, setting schedules and interim deadlines, and avoiding over-instruction in MCE exam contexts.

Revise work based on feedback from educators, peers, or self-reflection before submission. Guide progress; feedback tells what you do well, connects to learning goals, and prompts reflection and next-step planning.

Explore the self-regulation rubric to assess whether learning activities are long term, whether learners set goals and success criteria, plan their work, and revise based on feedback before submission.

Explore the self-regulation decision tree for MSA certification readiness: long-term activities with learning goals and success criteria, student planning of their own work, and revision based on feedback.

Master real world problem solving and innovation through teamwork and creative thinking to address global challenges. Learn how education prepares knowledge workers to solve real problems in a global economy.

Design learning activities that develop students' problem-solving and innovative thinking skills in real-world contexts, requiring them to innovate by implementing solutions to audiences outside the classrooms.

Engage with real-world problems using explicit context and data to develop, evaluate, and apply ideas for an audience, producing outcomes as a business plan, design specifications, or city council presentation.

Engage in problem solving through six steps—investigate parameters, generate ideas, devise approaches, design a coherent solution, and test and iterate—while ensuring collaboration and real world problems anchor the tasks.

Analyze what constitutes innovation through feedback-driven revision and self-reflection. See how presenting student ideas to real-world audiences beyond the classroom demonstrates impact and value.

Explore the real world problem solving and innovation rubric, covering four scores from poor to excellent, highlighting problem solving, real world relevance, and idea implementation.

Explore a three-question decision tree for real-world problem solving and innovation, guiding you through steps, scores, and game over outcomes to maximize learning.

Transform learning experiences by empowering young people to design, create, and evaluate information using a broad palette of digital technologies, connecting with diverse perspectives worldwide.

Define ICT as the full range of digital tools, hardware and software, from tablets and phones to browsers, multimedia tools, and collaborative platforms.

Educators design learning experiences by prioritizing student use of ICT to collaborate, solve complex problems, and communicate via new media, while giving students control over their ICT use.

Students use ICT to support knowledge construction through interpretation, analysis, synthesis, and evaluation, and distinguish direct versus indirect ICT use aligned to the learning goals.

Explore how information and communication technologies enable knowledge construction. Learn to evaluate internet resources ethically and use tools like email and PowerPoint to deepen historical analysis.

Students become designers of ICT products when they create audience-focused outputs, like online presentations, that endure beyond class and address real audience needs.

Explore the ICT for learning rubric, from score 1 to 5, and how ICT use guides knowledge construction, culminating in authentic user outcomes.

Examine a four-question decision tree for learning with AICTE tools, guiding whether to support students' knowledge construction and product design, and assigning scores from 1 to 5.